Pengenalan fungsi
01 Fitur Unit
Set generator gas alam cocok kanggo operasi ing sawetara kahanan lingkungan, lan kinerja ekonomi luwih apik tinimbang mesin diesel ana; Unit kasebut bisa kanthi cepet nanggapi owah-owahan beban lan ngatasi kahanan sing luwih rumit.
Unit generator gas (generator siyaga kanggo gas alam) adopts desain kothak pemisahan terpadu, kothak bisa ketemu operasi saka macem-macem kahanan lingkungan, lan nduweni fungsi bukti udan, wedhi bukti bledug, nyamuk bukti, abang gangguan, etc. awak kothak dirancang lan diprodhuksi karo struktur khusus lan bahan wadhah kekuatan dhuwur.
l Wangun kothak generator gas ketemu standar transportasi nasional.
02 Komposisi lan partisi unit
Efisiensi pembangkit listrik
(njupuk 250KW minangka conto kanggo data ing ngisor iki)
• Konsumsi gas beban penuh saka set generator yaiku 70-80nm ³ / h
• Daya saka ngasilaken pesawat punika 250kw / h
• 1kW/h=3,6MJ
• Nilai kalor gas alam 1Nm³/H 36MJ
• 31,25% ≤ Efisiensi pembangkit listrik ≤ 35,71%
• 1Nm ³ Pembangkit tenaga gas alam yaiku 3.1-3.5kw/h
Adaptasi saka medium gas
• Rentang nilai kalori sumber gas sing ditrapake: 20MJ/Nm³-45MJ/Nm³
• Rentang tekanan sumber gas sing ditrapake: tekanan rendah (3-15kpa), tekanan medium (200-450kpa), tekanan dhuwur (450-700kpa);
• Rentang suhu sumber gas sing cocog: -30 ℃ nganti 50 ℃;
• Desain lan calibrate rencana sistem optimal lan strategi kontrol miturut kondisi gas customer kanggo entuk ekonomi sumber gas optimal lan stabilitas peralatan.
Model produk
| Genset Model | Jinis bahan bakar | gas alam | gas alam | gas alam | gas alam | gas alam | |
| Model Genset Kab | RTF250C-41N | RTF300C-41N | RTF500C-42N | RTF750C-43N | RTF1000C-44N | ||
| daya dirating | kw | 250 | 300 | 500 | 750 | 1000 | |
| kVA | 312.5 | 375 | 625 | 937.5 | 1250 | ||
| daya cadangan | kw | 275 | 330 | 550 | 825 | 1100 | |
| kVA | 343.75 | 412.5 | 687.5 | 1031.25 | 1375 | ||
| Konsumsi gas | 3.2NkW/Nm³ | 3.5NkW/Nm³ | 3.2NkW/Nm³ | 3.2NkW/Nm³ | 3.2NkW/Nm³ | ||
| mesin | Model Engine | 1-T12 | MANEH 2676 | 2-T12 | 3-T12 | 4-T12 | |
| Jumlah silinder * teknik * stroke (mm) | 6-126X155 | 6-126X166 | 6-126X155 | 6-126X155 | 6-126X155 | ||
| Perpindahan mesin (L) | 2*11.596 | 12.42 | 2*11.596 | 3*11.596 | 4*11.596 | ||
| Metode Miwiti | 24VDC wiwitan listrik | ||||||
| Metode Intake | Intercooler booster | ||||||
| Kontrol bahan bakar | Kontrol loop tertutup sensor oksigen | ||||||
| Kontrol ignition | Kontrol elektronik silinder tunggal pengapian independen | ||||||
| Kontrol kacepetan | Regulasi kacepetan elektronik | ||||||
| Rated Speed | 1500 utawa 1800 | ||||||
| Metode Cooling | Pendinginan banyu Loop Tertutup | ||||||
| Generator | Tegangan Rated (V) | 230/400 | 230/400 | 230/400 | 230/400 | 230/400 | |
| Rated Saiki (A) | 451 | 541.2 | 902 | 1353 | 1804 | ||
| Frekuensi Dirating (Hz) | 50 utawa 60 | 50 utawa 60 | 50 utawa 60 | 50 utawa 60 | 50 utawa 60 | ||
| Sambungan Pasokan | 3 Fase 4 Garis | ||||||
| Faktor Daya Rated | 0.8 Tundha l | 0.8 Tundha l | 0.8 Tundha l | 0.8 Tundha l | 0.8 (Tundha l | ||
| ukuran | Bobot net (kg) | 3200 | 3600 | 9800 | 15200 | 18600 | |
| Ukuran Eksternal (L * W * H) mm | 4200X1500X2450 | 4200X1500X2450 | 6400X3000X3000 | 10600X3000X3000 | 10600X3000X3000 | ||
